def test_new_booking(self):
"""
TEST FOR ADDING A RESERVATION
test flow
- Create a new customer
- Create a new restaurant owner
- create a new restaurant
- check on Reservation (what we aspect)
- erase friends from reservation
- erase opening hours
- erase restaurants (included the tables)
- erase user
"""
user = create_user_on_db(randrange(100000))
rest_owner = create_user_on_db(ran=2)
restaurant = create_restaurants_on_db(user_id=rest_owner.id)
book = BookingServices.book(
restaurant.id,
user,
datetime.datetime(year=2120, month=11, day=25, hour=13),
4,
"[email protected];[email protected];[email protected]",
)
book2 = BookingServices.book(
restaurant.id,
user,
datetime.datetime(year=2120, month=11, day=25, hour=13),
6,
"[email protected];[email protected];[email protected];[email protected];[email protected]",
)
assert book[0] is not None
assert book2[0] is not None
# delete friends
del_friends_of_reservation(book[0].id)
del_friends_of_reservation(book2[0].id)
# delete reservations
del_booking_services(book[0].id)
del_booking_services(book2[0].id)
# delete restaurants (so also tables)
del_restaurant_on_db(restaurant.id)
# delete users
del_user_on_db(user.id)
del_user_on_db(rest_owner.id)
# AT THE END THERE MUST TO BE ONLY ONE RESERVATION
q = db.session.query(func.count(Reservation.id)).scalar()
assert q == 1
def test_new_booking_overlaps(self):
"""
overlapped reservations
"""
user = create_user_on_db()
rest_owner = create_user_on_db(ran=2)
restaurant = create_restaurants_on_db(user_id=rest_owner.id, tables=1)
book = BookingServices.book(
restaurant.id,
user,
datetime.datetime(year=2120, month=11, day=25, hour=13),
4,
"[email protected];[email protected];[email protected]",
)
book2 = BookingServices.book(
restaurant.id,
user,
datetime.datetime(year=2120, month=11, day=25, hour=13, minute=29),
6,
"[email protected];[email protected];[email protected];[email protected];[email protected]",
)
assert book[0] is not None
assert book2[0] is None
# delete friends
del_friends_of_reservation(book[0].id)
# delete reservations
del_booking_services(book[0].id)
# delete restaurants (so also tables)
del_restaurant_on_db(restaurant.id)
# delete users
del_user_on_db(user.id)
del_user_on_db(rest_owner.id)
# AT THE END THERE MUST TO BE ONLY ONE RESERVATION
q = db.session.query(func.count(Reservation.id)).scalar()
assert q == 1
def test_update_booking(self):
"""
this test insert two reservation that should be ok
"""
user = create_user_on_db()
rest_owner = create_user_on_db(ran=2)
restaurant = create_restaurants_on_db(user_id=rest_owner.id)
book = BookingServices.book(
restaurant.id,
user,
datetime.datetime(year=2120, month=11, day=25, hour=13),
4,
"[email protected];[email protected];[email protected]",
)
assert book[0] is not None
book = BookingServices.update_book(
book[0].id,
user,
datetime.datetime(year=2120, month=11, day=25, hour=14),
2,
"*****@*****.**",
)
assert book[0] is not None
# delete friends
del_friends_of_reservation(book[0].id)
# delete reservations
del_booking_services(book[0].id)
# delete restaurants (so also tables)
del_restaurant_on_db(restaurant.id)
# delete users
del_user_on_db(user.id)
del_user_on_db(rest_owner.id)
# AT THE END THERE MUST TO BE ONLY ONE RESERVATION
q = db.session.query(func.count(Reservation.id)).scalar()
assert q == 1